claude-flow/src/modes/SparcInit.ts

Enterprise-grade AI agent orchestration with WASM-powered ReasoningBank memory and AgentDB vector database (always uses latest agentic-flow)

/**
 * SparcInit - SPARC methodology initialization mode
 * Sets up Test-Driven Development with SPARC workflow
 */

import { IInitMode, InitConfig, InitResult } from '../types/interfaces.js';

export class SparcInit implements IInitMode {
  getDescription(): string {
    return 'SPARC (Specification, Pseudocode, Architecture, Refinement, Completion) initialization with TDD workflow';
  }

  getRequiredComponents(): string[] {
    return ['ConfigManager', 'DatabaseManager', 'TopologyManager', 'AgentRegistry', 'MCPIntegrator'];
  }

  validate(): boolean {
    return true; // SPARC mode is always valid
  }

  async initialize(config: InitConfig): Promise<InitResult> {
    const components: string[] = [];

    try {
      // Basic initialization
      if (config.configManager) {
        components.push('ConfigManager');
      }

      if (config.databaseManager) {
        await config.databaseManager.initialize();
        components.push('DatabaseManager');
      }

      // Use hierarchical topology for SPARC workflow stages
      if (config.topologyManager) {
        await config.topologyManager.configure('hierarchical', []);
        components.push('TopologyManager');
      }

      if (config.agentRegistry) {
        await config.agentRegistry.initialize();
        components.push('AgentRegistry');
      }

      // Spawn SPARC-specific agents
      if (config.agentRegistry) {
        // SPARC Coordinator (orchestrates the entire SPARC workflow)
        await config.agentRegistry.spawn('coordinator', {
          capabilities: ['sparc-coordination', 'workflow-management', 'tdd-orchestration'],
          metadata: {
            role: 'sparc-coordinator',
            phase: 'all',
            authority: 'high'
          }
        });

        // Specification Agent
        await config.agentRegistry.spawn('analyst', {
          capabilities: ['requirement-analysis', 'specification-writing', 'user-story-creation'],
          metadata: {
            role: 'specification-agent',
            phase: 'specification',
            workflow: 'sparc'
          }
        });

        // Pseudocode Agent
        await config.agentRegistry.spawn('researcher', {
          capabilities: ['algorithm-design', 'pseudocode-creation', 'logic-planning'],
          metadata: {
            role: 'pseudocode-agent',
            phase: 'pseudocode',
            workflow: 'sparc'
          }
        });

        // Architecture Agent
        await config.agentRegistry.spawn('reviewer', {
          capabilities: ['system-architecture', 'design-patterns', 'component-design'],
          metadata: {
            role: 'architecture-agent',
            phase: 'architecture',
            workflow: 'sparc'
          }
        });

        // Refinement Agent (TDD focus)
        await config.agentRegistry.spawn('coder', {
          capabilities: ['test-driven-development', 'unit-testing', 'refactoring', 'implementation'],
          metadata: {
            role: 'refinement-agent',
            phase: 'refinement',
            workflow: 'sparc'
          }
        });

        // Completion Agent
        await config.agentRegistry.spawn('tester', {
          capabilities: ['integration-testing', 'validation', 'quality-assurance', 'documentation'],
          metadata: {
            role: 'completion-agent',
            phase: 'completion',
            workflow: 'sparc'
          }
        });

        components.push('SparcAgents');
      }

      // Initialize SPARC MCP integration
      if (config.mcpIntegrator) {
        await config.mcpIntegrator.initialize();

        // Test SPARC-related MCP functions
        const sparcStatus = await config.mcpIntegrator.executeCommand({
          tool: 'claude-flow',
          function: 'sparc_mode',
          parameters: { mode: 'dev', task_description: 'Initialize SPARC workflow' }
        });

        if (sparcStatus.success) {
          components.push('SparcMCP');
        }
      }

      // Set up SPARC workflow memory structures
      if (config.databaseManager) {
        await config.databaseManager.store('sparc-config', {
          initialized: true,
          mode: 'sparc',
          phases: ['specification', 'pseudocode', 'architecture', 'refinement', 'completion'],
          tddEnabled: true,
          workflowActive: false,
          currentPhase: null,
          timestamp: new Date().toISOString()
        }, 'sparc');

        // Initialize phase tracking
        const phases = ['specification', 'pseudocode', 'architecture', 'refinement', 'completion'];
        for (const phase of phases) {
          await config.databaseManager.store(`phase-${phase}`, {
            name: phase,
            status: 'pending',
            agent: null,
            artifacts: [],
            dependencies: this.getPhaseDependencies(phase)
          }, 'sparc');
        }

        // Initialize TDD tracking
        await config.databaseManager.store('tdd-status', {
          testSuites: [],
          coverage: 0,
          redGreenRefactor: {
            red: [],
            green: [],
            refactor: []
          }
        }, 'sparc');

        components.push('SparcMemory');
      }

      // Set up SPARC workflow templates
      if (config.databaseManager) {
        await config.databaseManager.store('workflow-templates', {
          'feature-development': {
            phases: phases.map(phase => ({
              name: phase,
              description: this.getPhaseDescription(phase),
              estimatedDuration: this.getPhaseEstimatedDuration(phase),
              deliverables: this.getPhaseDeliverables(phase)
            }))
          }
        }, 'sparc');

        components.push('SparcTemplates');
      }

      return {
        success: true,
        mode: 'sparc',
        components,
        topology: 'hierarchical',
        message: 'SPARC workflow initialization completed successfully - TDD methodology active',
        metadata: {
          sparcPhases: 5,
          tddEnabled: true,
          agentSpecialization: true,
          workflowOrchestration: true,
          testDrivenDevelopment: true
        }
      };

    } catch (error) {
      return {
        success: false,
        mode: 'sparc',
        components,
        error: error instanceof Error ? error.message : String(error),
        message: 'SPARC initialization failed'
      };
    }
  }

  private getPhaseDependencies(phase: string): string[] {
    const dependencies: Record<string, string[]> = {
      'specification': [],
      'pseudocode': ['specification'],
      'architecture': ['specification', 'pseudocode'],
      'refinement': ['specification', 'pseudocode', 'architecture'],
      'completion': ['specification', 'pseudocode', 'architecture', 'refinement']
    };

    return dependencies[phase] || [];
  }

  private getPhaseDescription(phase: string): string {
    const descriptions: Record<string, string> = {
      'specification': 'Analyze requirements and create detailed specifications',
      'pseudocode': 'Design algorithms and create pseudocode representations',
      'architecture': 'Design system architecture and component structure',
      'refinement': 'Implement code using Test-Driven Development methodology',
      'completion': 'Integration testing, validation, and documentation'
    };

    return descriptions[phase] || 'Unknown phase';
  }

  private getPhaseEstimatedDuration(phase: string): number {
    const durations: Record<string, number> = {
      'specification': 1800, // 30 minutes
      'pseudocode': 1200,    // 20 minutes
      'architecture': 2400,  // 40 minutes
      'refinement': 3600,    // 60 minutes (main implementation)
      'completion': 1800     // 30 minutes
    };

    return durations[phase] || 1800;
  }

  private getPhaseDeliverables(phase: string): string[] {
    const deliverables: Record<string, string[]> = {
      'specification': ['Requirements document', 'User stories', 'Acceptance criteria'],
      'pseudocode': ['Algorithm pseudocode', 'Logic flow diagrams', 'Data structures'],
      'architecture': ['System architecture', 'Component diagrams', 'API specifications'],
      'refinement': ['Test suites', 'Implementation code', 'Refactored code'],
      'completion': ['Integration tests', 'Documentation', 'Deployment artifacts']
    };

    return deliverables[phase] || [];
  }
}